Please answer the following in about 50-100 words each. No need
for equations, please explain in...
Please answer the following in about 50-100 words each. No need
for equations, please explain in words.
1) In which situation must you do more work: inflating a balloon
at sea level or inflating the same balloon to the same volume at
the summit of Mt. McKinley? Explain in terms of pressure and volume
change.
2) Imagine a gas made up entirely of negatively charged
electrons. Like charges repel, so the electrons exert repulsive
forces on each other. Would you...
Plastic Doll For this week’s assignment, please answer EACH of
the following questions/prompts,and post them to...
Plastic Doll For this week’s assignment, please answer EACH of
the following questions/prompts,and post them to the drop box as a
single document.
What is the difference between energy and power? What is a unit
of power? How does speed relate to power?
Explain how a sound is actually a form of energy? In what medium
do sound waves travel?
Give an example of change of energy from potential to kinetic;
from kinetic to potential.
What is a trophic level?...
5.7 Consider each of the following situations, being alert for
errors of reaction. Such errors are...
5.7 Consider each of the following situations, being alert for
errors of reaction. Such errors are often implied rather than
stated directly, so you are likely to find hints rather than
clear-cut evidence of error. Identify whatever hints you find, and
explain why you believe they point to an error of reaction.
a) A woman named Elvira Arellano was deported to Mexico, leaving
her young son behind. Unlike her, he is a citizen because he was
born in the United...
ou might think that if you looked at the first digit in randomly
selected numbers that...
ou might think that if you looked at the first digit in randomly
selected numbers that the distribution would be uniform. Actually,
it is not! Simon Newcomb and later Frank Benford both discovered
that the digits occur according to the following distribution:
(digit, probability)
(1,0.301),(2,0.176),(3,0.125),(4,0.097),(5,0.079),(6,0.067),(7,0.058),(8,0.051),(9,0.046)(1,0.301),(2,0.176),(3,0.125),(4,0.097),(5,0.079),(6,0.067),(7,0.058),(8,0.051),(9,0.046)
The IRS currently uses Benford's Law to detect fraudulent tax data.
Suppose you work for the IRS and are investigating an individual
suspected of embezzling. The first digit of 166 checks to a
supposed company...
You might think that if you looked at the first digit in
randomly selected numbers that...
You might think that if you looked at the first digit in
randomly selected numbers that the distribution would be uniform.
Actually, it is not! Simon Newcomb and later Frank Benford both
discovered that the digits occur according to the following
distribution: (digit, probability)
(1,0.301),(2,0.176),(3,0.125),(4,0.097),(5,0.079),(6,0.067),(7,0.058),(8,0.051),(9,0.046)(1,0.301),(2,0.176),(3,0.125),(4,0.097),(5,0.079),(6,0.067),(7,0.058),(8,0.051),(9,0.046)
The IRS currently uses Benford's Law to detect fraudulent
tax data. Suppose you work for the IRS and are investigating an
individual suspected of embezzling. The first digit of 145 checks
to a supposed company...